TRAIETTORIA DEL MOTO PARABOLICO

M

x_M

s_0 = 16.5 (slider from 0 to 50, step 0.1)
v_x = 18 (slider from 0 to 50, step 0.1)
v_y = 23 (slider from 0 to 100, step 0.1)
t = 0 (slider from 0 to 6, step 5.0E-4)
s_y: s_0 + v_y * t - 0.5 * 9.81 * t^(2)
s_x: v_x * t
P: (s_x + v_x, s_y + v_y - 9.81 * t)
O: (s_x, s_y)
V = Vector(O, P)
B: (s_x, s_y + v_y - 9.81 * t)
V_y = Vector(O, B)
C: (s_x + v_x, s_y)
V_x = Vector(O, C)
a = Segment(B, P)
b = Segment(P, C)
Vy: v_y - 9.81 * t
testo3: "V_x =  " + v_x + "  m / s"
testo4: "V_y  =  v_o_y -  g * t   =  " + Vy + " m / s"
testo1: "S_x =   v_o_x* t   =  " + s_x + "  m"
distanzaOP = Distance(O, P)
G: (v_x / 9.81 * (v_y + (v_y^(2) + 2 * 9.81 * s_0)^(0.5)), 0)
A = Intersect(xAxis, yAxis)
distanzaAG = Distance(A, G)
D = Point(yAxis)
E: (v_x / 9.81 * (v_y + (v_y^(2) + 2 * 9.81 * s_0)^(0.5)), -5)
u = Vector(D, E)
d = Segment(G, E)
testo6: "TEMPO = " + t + " s "
e = Distance(A, G)
x_P: (s_x, 0)
f = Segment(O, x_P)
y_P: (0, s_y)
g = Segment(y_P, O)
M: (v_x * v_y / 9.81, s_0 + v_y^(2) / (2 * 9.81))
H: (v_x * v_y / 9.81, 0)
distanzaFH = Distance(M, H)
TestoOP: "V  = " + distanzaOP + " m/s"
v = Vector(H, M)
Gittata: "     Gittata 
 X_G = " + distanzaAG + "  m"
testo5: "Tempo di Volo 
    t_G = " + (1 / 9.81 * (v_y + (v_y^(2) + 2 * 9.81 * s_0)^(0.5))) + " s"
testo2: "S_y =  s_o  +  v_o_x*  t  -  1/2 * g * t ²  = " + s_y + "  m"
F: (0, s_0)
TestoFH: "     H max  
y_M = " + distanzaFH + "  m"
c = Circle(O, 2)